Fibrinogen and fibrin are essential for hemostasis and are major factors in thrombosis,
wound healing, and several other biological functions and pathological conditions. The X …

Fibrin is a protein polymer that is essential for hemostasis and thrombosis, wound healing,
and several other biological functions and pathological conditions that involve extracellular …

Fibrin is a protein polymer that forms a 3D filamentous network, a major structural
component of protective physiological blood clots as well as life threatening pathological …

The chief and largely terminal element of normal blood clotting is considered to involve the
polymerisation of the mainly α-helical fibrinogen to fibrin, with a binding mechanism …

The formation of a fibrin clot matrix plays a critical role in promoting hemostasis and wound
healing. Fibrin dynamics can become disadvantageous in the formation of aberrant …

Blood clots (haematomas) that form immediately following a bone fracture have been shown
to be vital for the subsequent healing process. During the clotting process, a number of …

Following an injury, a blood clot must form at the wound site to stop bleeding before skin
repair can occur. Blood clots must satisfy a unique set of material requirements; they need to …

Mechanical properties have been extensively studied in pure elastic or viscous materials;
however, most biomaterials possess both physical properties in a viscoelastic component …

Fibrin is the main component of blood clots. The mechanical properties of fibrin are therefore
of critical importance in successful hemostasis. One of the divalent cations released by …

The cytoskeleton, a dynamic network of biopolymers with their associated cross-linking and
motor proteins, is responsible for stabilizing cell shape and driving cell movement. This …